Sentence examples for synchronized nebulization from inspiring English sources

Expiratory synchronized nebulization mode was less efficient than the inspiratory synchronized mode.

An experimental control system was used to perform an expiratory (aerosol generated during only the whole expiratory phase) and inspiratory (aerosol generated during only the whole inspiratory phase) synchronized nebulization modes.

The aim of this in vitro study was to compare aerosol delivery of amikacin using two different vibrating-mesh nebulization modes coupled to a single-limb circuit bilevel ventilator: (1) an experimental expiratory (Expi-Neb) and (2) inspiratory (Inspi-Neb) synchronized nebulization modes.

Also, the use of an inspiratory synchronized nebulization has been shown to be effective in ventilated patient.

The use of an inspiratory synchronized nebulization mode improves inhaled dose by reducing drug loss of amikacin compared to continuous nebulization mode.

A study conducted by Turpeinen and Nikander [ 69] using a test lung mimicking a ventilated premature infant showed that breath-synchronized nebulization and placement of the nebulizer directly below the "Y" connector resulted in a significantly higher deposition on the inspiratory filters when the deposited dose was expressed as part of the nominal dose.

Introduction A breath-synchronized nebulization option that could potentially improve drug delivery by limiting drug loss during exhalation is currently not available on bi-level ventilators.

An in vivo study found that levels of antibiotic delivered with breath-synchronized nebulization were four to seven times higher than with continuous nebulization, depending on the extent of ventilator humidification [57].

There is only one animal study evaluating the effectiveness of breath-synchronized nebulization on LRT drug delivery to ventilated infants.

In contrast, non-synchronized nebulization and aerosol generator placement within the inspiratory arm of the ventilator circuit resulted in a lower deposited dose.

Breath-synchronized nebulization could potentially improve drug delivery compared with continuous nebulization by limiting drug loss during exhalation [ 54]; nonetheless, there is a need for more in vivo data from ventilated infants.